SCIENTIFIC ABSTRACT KOPYLOV, N.G. - KOPYLOV, V.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824520014-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KO.'YLOV, N.G.
Intensifying the operation of a concentration table. Trudy.-LPI
no.211:20-26 16o. (Ore dressing) (MIRA 13:11)

. KOPYLO lr^lm~ rAt%v-i*-ch; GRLCHEV,, N.P.,. kand. tekhn. nauk,
dots., reteenzent; GARURUK, V.N., kand. takhn. nauk,
dots., red.; YUFMVICH,, M.P., inzh., red. izd-va; BARDINA,
A.A.p tekhn. red.
(Theor7 of shalcing conveyoralTeorila. kachaiushchikhsia kon-
vaierov. Moskva, Mashgis, 1963. 126 0 (NIRA 16:4)
(Conveying machineW

KoP~LxV, Nd,
CA

85438
S/170/60/003/011/012/016
2LI.L11 00 B019/BO56'
AUTHOR: Koglov, N. I~_'
TITLE: Investigation of the Viscosityr%f Some Liquids Within a
Wide Temperature Range
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, 1960, Vol. 3, No. 11,
pp. 97-101
TEXT: The author investigated the viscosity of methyl alcohol, H-propyl
alcohol, and carbon tetrachloride. The viscosity of these compounds
was measured with a capillary viscosimeter between 200 and 2400C. Fig. 1
graphically shows the experimental viscosity coefficients within the tem-
perature range mentioned. The author stresses the good agreement with data
obtained by Thorpe et al. (Ref. 3) and Henning (Ref. 2). He further checks
several formulas for the calculation of viscosity, after which he states
that the values obtained can be well described by the following formula:
~ = A/(t + a)n, where A and n are constants.
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Card 2/2

S/078V60/005/011/011/025
B015/ 12060
AUTHORS: Margulie, Ye.
TITLE: Study of the PbO - Fe 203 System
PERIODICAL: Zhurnal neorganicheskoy khimii, 1960, Vol. 5, No. 11,
pp. 2471-2476
TEXTt Data available in the literature concerning the PbO - Fe20 3 system,
including results obtained by L.'I. Paramonov (Ref. 5), P. P. Budnikov,
and A. S. Berezhnoy (Ref. 6), 1. P. Kirillov et al. (Ref. 7) are both
contradictory and insufficient. For this reason, the system was studied by
the methods of thermographic, X-ray, and direct-light microscopic analysis,
and the constitution diagram was constructed. Kurnakov'snK-52 (PK-52)
pyrometer was used along with a metallographic microscope of the type
MOM -7 (MIX-7). Data of thermal analysis show (Table 1 , composition of
alloys and thermal effects) that two nonvariant transformations at 7200
and 11400C take place. Apparently, a transformation at 7200C corresponds
to the crystallization of the eutectic of composition PbO 83.3 mole%,
Card 1/3

Study of the PbO - Fe20 3System B/078/60/005/011/011/025
B015/BO60
Fe 20316.7 mole%. At 11400C the crystallization of the alloys with less
than 20 mole% PbO is terminated; since, however, transformation also takes
place in alloys with more than 20 mole% PbO, the transformation is believed
to be peritectic. X-ray examinations, as well as leaching of the ferrite
phase and examination of specimens etched with 10% HNO 3 by an MRC -1
(MBS-1) microscope and chemical analyses of the separated ferrite phase
showed that in the PbO - Fe203 system a compound with constant composition
(Table 2) PbO-4Fe203 is formedv which decomposes at 11400C to form the
lead-iron oxide melt and solid iron oxide. Data from X-ray analysis
(Table 3) for isolated pure lead ferrite show that this has a hexagonal
crystal lattice a - 6.62 A, a a 1b.19 A, and c/a - 1.54. The lead ferrite
is ferromagnetic and the specific gravity is d - 6.05 9/CM3. It has a
reddish transparent appearance in thin grains, and a black and opaque
appearance in thick grains. It is close in composition to naturally
occurring magnetoplumbite and to.PbO-5Fe203 discovered by Cocco (Ref. 8).
No other compounds could be found besides the said lead ferrite. There are
Card 2/3

Study of the PbQ Fe203 System 3/078/60/005/011 /011/025
B015/BO60
5 figures, 3 tables, and 11 references: 6 Soviet, 2 German, and 2 French.
ASSOCIATION: Vsesoyuznyy nauchno-issledovatellskiy gornometallurgicheskiyV
institut tsvetnykh metallov (All-Union Scientific Research
Institute for Mining and Metallurgy of Nonferrous Metals)
SUBMITTED: November 19, 1959
Card 3/3

86jah
1700 2,09 o0y S/096/61/000/001/012/014
El9./El84
AUTHORS: Sokolov, S.N., Candidate of Technical Sciences,
Lapushkin, S.A., Candidate of Technical Sciences, and
I Ylov. N.I., Candidate of Technical Sciences
TITLE: The Thermal-Phys al Properties of Silicone In the
Liquid Phase
PERIODICAL: Teploenergetika,, 196199No. 1, pp. 79-81
TEXT: Although silicones adof considerable technological
interest, very little published data exist about their thermal-
physical properties. The silicone investigated in the present
work was diethylpolysiloxane liquid of the following
characteristics: molecular weight 4-00- density 956 kg/m3 at
20 OC; boiling point, 282 OC at 74 mm'mercury; freezin& point,
- 70 OC; dynamic viscosity at 20.0C, 9.9 x 10-4 kg.see/m2; and
the corresponding kinematic viscosity, 10.1 cS. The experimental
procedures used to measure specific heat density, thermal
conductivity and other properties are described. The experimental
data are given in Table 1. Table 2 gives smoothed data for
Card.1/2
V

17858
9/535/61/000/132/004/012
9030/N484
4UTHOR: Kopylov, N.Z., Candidate or Technical Sciences
-,TITL3: Viscosity of gasoline U-70 (9-70), kerosene T-1 and
ruel T-5 in the liquid and gas phases- at high
temperatures
SOURCEI Moscow, AviateLonnyy Institut. Trudy. no-13a.ig6i.45-57.
Toplofisichoskiye evoyitva nekotorykh aviatsionnykh
topliv v zhidkom i gasoobrasnom mostoyanii,
TZXTt The viscosities of thoiliquift and- vapours wore measured In
conventional capillary viscometers, for liquids, pressure was
maintained by a mercury column connected to the viscomet*r and-
.'low was caussd*by a plug or mercury introduced into one of the
\iscometer limbs. The apparatus was calibrated with water. The
vLacometer was contain~d'in an air bath, being capable of
t.imperature control up to 500*C. Gasoline was measured from --
2) to 2460c, T-1 from 20 to 300*C* and ruel T-5 from ao to 300*C.
TAe data agree well with the Bachinsky formula
A
Card 1/3 (t

97858
S/535/61/000/132/004/012
Viscosity of gasoline ... 2030/3484
with the following values of the constants (I in centipaiso)t
Constants in the Saahinsky tic& Tabio 6.
Liquid A a n
Kerosene T-1 18.2 70 1.58
Gasoline 8-70 44.0 115 1.84,
Fuel T-5 104.2 50 1.9
The accuracy of the data or*: gasoline, + 1.4%;
kerosene T-1, + 2.7% and fuel T-5, t 1079.
A similar appa stus was used-for the vapours, where a both of
mercury and reservoir of liquid served to keep the pressure at that
of the vapour in equilibrium. The viscom*ter was calibrated with
air. Because of the low vapour pressures, data could not be.
obtained below 100*C. The data agreed wall with the formula of
Chapman and Cowling: aTn
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P-7858
S/535/61/000/132/Oo4/ol2
Viscosity of gasoline E030/E484
with the following values of the constants (I in micropoise):
Constants in the Chapman and Cowling equation. Table 11.
Constants B-10 T-1 T-5
a 4170 7800 9638
n 1.6o 1.54 2.22
The data have inaccuracies of at most 2%.
There are 5 figures, 12 tables and'4 references: 3 Soviet and-
I non-Soviet. The reference to an English language publication
reads as follows: Ref.4: Chapman S. Cowling T., The Mathematical
Theory of Non Uniform Gazes, Cambridge, 1439.
de
Card-3/3

E7859
S/535/61/000/132/005/012
/A V1 CIO E030/E484
AUTHORS: Kopylov N Candidate of Technical Sciences
I y____1
'31rotinA, YO.P.
TITLE: Viscosity of gasoline rc -70 (B-70), kerosene T-1 and
fuel T-5 at low temperatures
SOURCE: Moscow. Aviatsionnyy institut. Trudy. no.132.1961-58-62.
Teplofizicheskiye svoystva nekotorykh aviatsionnykh
toplIv v zhidkom I gazoobraznom sootoyanii.
TEXT: Using a conventional dtaign of capillary viscometer by
Pinkevich and Mitrofanov (Ref.2; Transactions of the Conference on
Viscosity and Colloidal Solutlons, Akademizdat, no.2, 1944, 252),
viscosities were obtained for gasoline and T-1 from -38*C to 170C
and for T-5 from -450C to 106C. Smoothed data are calculated and
listed at 5% Intervals. The densities of the fuels were assumed
to obey the relation:
d2O 0 dt + Y(t- 20)
4 4
recommended for petroleum products. The capillaries used had
diameters of 0.6 and 0.8 mm. The data are ac~-.urate to between
Card 1/2

S/535/61/000/132/005/012
Viscosity of gasoline E03O/R484
1.5 and 5% and obey the Ba,~.hinaky relation-
A
I W (t + )n
with the following values of ths constants (I in centipoise):
eQuation
Table 4
Liquid A (I n
Gasoline B-70 247 150 2.08
Kerosene T-1 238.8 90 2.07
Fuel T-5 331.9 76 2.53
There are 2 figures, 5 tables!. and 2 Soyiet references.
Card 2/2

MARGULISO le.V,,,, XOPYLOV, N.I.
System PbO - PWO4 Zhur. noorg, khJ4. 9 nq.3063-74
Mr. 164. (MIRA 170)

KOPYLOVI II.I., kand.tekhn.nauk
....... '-
Viscosity of gasoline B-70, kerosene T-Ij, and fuel T-5 in
liquid and gaseous phases at elevated temperatures., Trudy MAI
no.132:45-57 161. (MIRA 14:7)
(4iquid fuels) (Viscosity)

AUMRS
TMEs
3/137/6YOW/002/001/034
A0061AI01
Novoselov, S. S., K!~~~
Investigating the fusibility diagram of the Cao-Na2p system
PERIODICALs Referativayy d=Tal, Met&ljurgjy&, no. 2, 1963, 19,'abstract 2A81
("Sb. tr. Vees. n.-I. gornometanurg..in.t taovtn. met.", 1962,
no. 7, 56 - 61)
TEXTs Thermographical and microscopical analyses were used to investigate
the Cu2P-N&2S system. The composition of the Initial sulfide mixture varied
i within a 2% range. A total number of 70 melts were produced. 7he phase diagram
obtained differs considerably from the diagram plotted by Friedrich. In the
Cu.2~-Nao system the formation of three compounds is possible, - namely 4CuO
2CUO-%3 and CULA-Wao, fusing with dissociation at 635, 550 and 5Vft, re-
spectively. Compounds no. 2 and 3 yIeWoutectics containing 44% N&,2~,'which
crystallizes at 48090, The initial crystallization of Cu~s occupies a composi-
i tion range from 100 to 8% Cu2S, and Initial Na2p crystallization.in a range
1/2

S/1~7/63/000/OOZ/001/034
Investigating tho fusibility disgram of...
A006/AIOI
from 100 to 41% N&29' NaXIMUM hardness during tAe treatment of sections was
shown by spealmens approaching the outootio composition. An investigation of
the CU2.0-N system has sham that the addition of N&25 must sbarply reduce the
so
melting point of the mattes, At a 10 - 12% content of U29, the mixture of
Cu2S :with N&2S malts at 47000C. and at a 40 - 4% content of Na,25 the toppers-
two drope'to about 5000C.
0. Fronts
[Abstracterls notes Compioto translation]

3/152/63/000/003/004/005
311 17/11 , a6
AUM,011,'S - Vargaftilk, 1:1. D-., K9p,' -lov, 'N. I., Lapushkin, S. A.,
V " A, ~
Pya t ib rat o , ) - N. , -j~- =oo v~,S. ~N.
TITLE: Thormophysical properties of monoisoprop 1 diphenyl
P !0 D. ICAL: TZvostiya vysshikh uchebny1ch zavodeniy.. Neft' i gaz,
no. 3, 1963, 75-7fj
Results are giver of detailed investigations into the 14hormo-
physical properties of monoisopropyi diphonyl in the liquid phase and the
pressure of its saturated vapor. f1roper-11-les of the samplo investigated:
25 0 3
Molecular -Wifsht 197, nD 1.5696,denn-ity at 20 C 0.969 &/cm
0
boilinj point 286 C (760 mm Fg'-. Conven'Lional measurinc methods were used.
The SDOCific heat (c and the der. Y worc measured with a calorimeter
0 p
at 20-398 C and 10 atm with a riaximu!r e.~ror of 0.3/0' for the density and
1.5'/*j for the specific heat'. The heat c3nductivity (,~) wao measured with
a wire at 30-209 C, under attinospneric pressure, with an accuracy of
V". The viscosity under the pressuce of saturated monoisopropyl
Card 1/~"

S/ 1 52/63/ooo/ooz,/004/005
Thermophysical properties of B117/31806
0
diphenyl vapor was measured at 20-340 C with a maximum error of 1- . Tho
N
presBuee of the saturated vapor (p wa-3 mcaoured at 96-3090C. The error
0
was 0.2 C for the temperature determiraa-~',ion and 2 mam for the pressure.
To determine the thermophysical properties of monoisopro-pyl di.phenyl, the
experi.mental amounts wore generalized for smoothed tomperature values, as
tabulated (Table 2). The table also ivos calculated values of 'he heat of
vaporization (r) and the Prandt! number.; required for calculating the heat
exchanSc. There are 2 tables.
AS.'-I'OCIATIOIN :~,,,'oskoviikliy aviat~ionnyy i-istitut im. S. Ordzhonikidze
Moscow Aviation institutc.- --.eni S. Ordzhonikidze)
S U B:;., PT22D january 17, 1963
Table 2. Smoothed values for the thermophysical properties of
monoivoiropy! diphenyl.
Gard 2/3

Th,~rmnphysj.caj properties o,

0

t c a

0
.10

20 969
,
,
,
40

,962

,:4
3
~
1 ~07
60 0,953 0..".16 28(9
80 0,9.13 0.462 111
100 0.032. 0.478 276
120 0.920 0.494 272
140 0,907 0.510 266
lco 0,893 0,526 261
Iso 0,878 0,542 255
900 0661 0 19C.0 2.17
220 0:845 o:578 2.11
2'110 0,&)7 0,697 216
2CO 0,809 0,616 230
280 0,791 0,637 22.5

1.00 0,773 0,658 216
320 0.753 0681 211
340 0,734 0:705 21M)
360 0,714 0,730 200
380 0,694 0,758 192
400 0,674 0,788 183

r:
S/ S, 1 52163,1

a 000
19

().-)g 91.5
:3,17
2,22 - -- 36,2
1.37 1.5 77,0 27.0
1.17 3,5 75.8 21,3
O'Sw 5,5 75.0 1.1
0.690 19 74,2 13,9
0.15M) 39 73,3 11,8
0'.1.16 77 72,5 10.3
0.-1&1 142 7!,G 9.22
%).X10 2 M 70.3 M5
0,289 418 69.2 7,74
0.254 671 67.7 7,19
0,22.1 1042 65,7 6.76
0,198 1570 63,5 6,39
0,175
0
56 2291
3 60.0 6,02
, 1 2 6 6 .57,) 5, C, 13
0.137 .1539 5.1,5 5"ll
0: 1 -x 6194 50.9 5,34
Card

MARGULIS* Ye.Y.; REMIZOV, Yu.S,.; KOPYIO.V' N.I.
Solid phase interaction-between oxides and sulfates of zinc,
cadmium, and copper, Zhur. neorg. khim. 8 no.OW62-IM8
Ag 163. (MULk 160)
(Metallic oxides) (Sulfates)

K,.)PV.l,ov, H-I.; 110TIOSEUNY BOB* ; YIJZVAK) L.A.; lilj.~SuAyF~rj A. 1,
Some properties of chemic,11 rom~cunds In the system (,,U.,S-i,a S
Zhur. neorg. khim. 9 n0-6-0 4,0,1-7-405 Je '63 OTIPA 1,7:8) 2 1

KOPYLOVY N.I.; NOVOSELOV, S.S.
System Cu2S - FeS - Na2S- Zhur. neorg. khim. 9 no.8:1919-1929
Ag 164. (MIRA 17:11)

MMUL13, Y~;.V. (Ustf-Kim6nogorsk)
k
-1 0
d!.Ai?r 102 - R)EO4' 'Zv- All 'SSrt'
I or the ayat6m FbO - S
YJA, 165, (MIRA 18:8)

MARGULIS, Y,9.V.,, KOIIYLI)V, ~,J~j GRISHANKINA, N.S.
Formation of lie,-id phas,~. during thproal decomposition of cadmium
sulfate in the Mtem CdS04 - 2CdO.CdSO 46 Zhur.noorg.khim. 10
no.4%'-002-1005 Ap 165. (MIRA IAt6)

OARGO1.1,019 Ye.V.; M~flll,KEYEVA, )!AiYTIIIA, Yo.0,; Y,,)F,-,Lov 1.1 !
_;- , .Z; 0
. I ~ ~ _.i
Stlidy of -,Jno hplmxoaulfatf~ prneipitates. necrg. A.~.To.
10 no.r,&lZ4l-l2Zq I~r 1615. 18,-O1

MARGULIS, Ye.V.; BEYSEKEYhVA, L.J.; MALETINA, YP,D.; K -OHLOV N.J.
Hydrolytic precipitation of copper hydroU5ulfate. Zhur.
neorg.khim. 10 no.821782..1791 Ag 165.
(MIRA iggi
1. Viiesoyuznvy nambno-is3ledovatellskly gornoinetallurgicheskiy
institut tsvetnykli metallov, Ust'-Kamenogersk.

-IT- i-
, 1, . Vi.
"?hotometric Analysis of Wilightoll No 2, pp 3-14.
(1-bteorologiya i Gidrologiya, No b Nov/Dec 1947)
SO: U-3218, 3 Apr 1953

KOPYLOV, m. m.
Kopylov, N. M. - "On-pproximate calculations of total solar radiation," Trudy
Glav. geofiz. observatorii, Issue 14, 190, p. 63T69.
SO: U-4110, 17 July 53, (Letopis 'Zhurnal Inykh Statey, No. 19, 19149).

XOPYLOV,P.; HIRONOV,I. (g. Kuybyshev)
Amateur radio clubs in the factory. Radio no.6:8 Js 155.
(MM 8:8)
1. Predsedatell savodskogo kowiteta Dobrovollnogo obshchestva
sodeyetviya armli. avlatoll I flotu SSSR.
Ohibyshow-Radlo clubm)

KOPYWV, P.I?,__inzb.
Transferring data to the tracing cloth. Izv.v7s.ucheb.zav.; gor.shuro
no.?-25-28 158. (MIRA 1213)
1. Umllskly filial Vessoyusnogo nanchno-isaledovatellskogo mark-
sheyderskogo inatituta.
(mine U&PS)

KOP 10vt P11. inzh.
Slection of India ink and paints for sketching on plastic shoots.,
(TrudYl VVIMI no.1,5.'332-342. 162. (MIRA 16-4)
(India ink) (Faint)

KOPYLOV p I
inzh,
70sting POIYmeII di~awing fil,
no-500-51 )~r #64. B in Ural lnjLnes. GOr- zhur.
I' Ur<skiY filial (~IIRA 17A)
marknheyderskogo InstitUta,
VsesoyuznO9O nauchno-i8BIedov&tejtskogo

KOPTLOV, P.M., student V kurss,
Differential phase and differential intensification distortions
and methods of their measurement. Sbor.stud.n&uch.rab.LXS
159. * (KIRA, 13:4)
1. Laningradekly elektrotekhnichaskiy inatitut avyari, im. prof.
M.A.Bonch-Bruysvicha.
(Color tnIevis ton)

ERGANZHIYEV, N.A. 1 &QLIWY,_Z.M.; MCROZOV, V.A.
Control of the level of the video signal in color television
stationse Slektroeviazl 16 no.9:70-72 8 162. (KMA 15:9)
(Color television)
--
mission of tHe--pUbt~_6 -
alt=a~-Od -with a standard brightness &19=1- OrIg. art. has: 4 figures.
Card 1/1
EJPRS: 4093607 _M.,Drj, 6; 1. ~97~, 132

AKSENTOV, Yu.V.; KOPYLOV, P.M.
Choice of an optimum test signal form for a simaltaneous color
television system. Flektronviptz' 19 no.8T24-30 Ag 165.
(MITRA 18,,9)

ACC NRt AP7004336
~AUTHOR: Kopylov, P, M,
ORG: none
SOURCE CODE: UR/0106166~/0001011/0005/004_
TITLE: Automatic correlctor of differential distortion
SOURCE: Elektroavyaz', no. 11. 1966, 5-14
TOPIC TAGS: color tv, tv receiver, phase correction
ABSTRACT: The differential -distortion corrector is
controlled by a "pilot" signal which consists of additional
packets of color -subcarrie r frequency. Transmission of the
pilot signal during the line fly-back period at a limited
number of levels of the brightness range is suggested. The
color-sync signal (see Fig. la,f) at the gray and white levels
in first extended and then. "pushed out" to required levels g
by means of specially shaped pulses c,d,e. The phase and
height of the chrominance signal are improved by the
corrector according to the information carried by the pilot
signal. The color video signal passes through the amplitude
AM) and phase (PhM) modulators (see Fig. 2) where the
112
a
d-
e
9
Fig. 1. Shaping the
correcting pilot signal
UDC 621.397.611
Card
ACC NRt AP7004336
correction of brightness -dependent distortion
PhM ue,,, takes place. Distortion analyzer DA shapes
U8
In Out error signals proportional to Jl) the difference
OU
of color-sync signal AU, and pilot signal L% U
Aul and (2) the difference of color subcarrier packets
I
shu duz at the gray level and at the white-and-
DA a U3
~na 4U.
black level A U4 . A 1-f signal controlling the
7
phase modulator is shaped by shaping unit Shu.
For parabolic and linear relation between the
Fig. 2. Automatic corrector differential distortion and brightness level, with!
of differential distortion A q i~l 20 10, the transmission of the pilot signal
at gray and white levels is sufficientifor larger
A!P, four levels are required. An improved phase modulator (theoretical and experi-I
knental data supplied) permits correcting the differential phase within &-~v . 145
without introducing additional distortion because: (a) the amplitude -phase
characteristic is not affected during the phase correction; (b) the phase-frequency
characteristics of the modulator are adequately linear; (c) direct transmission of the
control signal to excluded. Orig. art. has: 14 figures, 6 formulas, and I table.
SUB CODE: 09 SUBM DATE:' l5Oct65 ORIG REF: 009
Lcard 2/2

KOPYLOV,R.A., redrtktor
[Atlas of gunshot wounds] Atlas ognestralinykh ranenii. Vol.10
pt*2o [Gunshot wounds of the extremities: amputations and exar-
ticulations, arterial aneurysm] Ognestrallnve ranentia konech-
nostei: amputatail i vychlenonlia anevrisay soaudov. [Leningrad]
Medgis. 1955. 287 p. (MLRA 8: U )
I.Russia (1923- U.S.S.R.) Glaynoye voyenno-maditsinekoye uprav-
lenlye voorushennvkh oil.
(PURMATION) (AMRYSK)

KOPYLOV, R.B.
4tablighing normfi ror lapping figt IturfActt. M#vhinobtrultell
no.11:43 N 161. (Grinding and polishing) (MIRA 14:11)

ropywv, -). I.
Bibliograftin. proizved,nii klas-)ikov mark9i7ma-leabi2ran (3IblIogra,,.,:.y of tne worka of
the clarrzica of Narxism-Loaluism), Moskva, GonkulltprosvotiEdut, 1,-'5-, 47 p.
SC: Monthly Ligt of Russian Lacessions, Vol 6, ~10- 3, June 1953
i
r
I

Dissertation: "Results of Cross-Breeding Sheep of the Chelyabinsk Ob1pat
ond Further Problems of Improving their BreedD During the iourth 3talln
Five-Year Plan.1f Moscow Zooveterinary Inst, 21 Nov 47.
SO: Vechernyays Moskva, Nov, 1947 (Project #17836)
be r. wZ11 feL -- V. G. Eogolyubo-7a
CA3D: . 1/1

ILA-il STRIZWOW, N.G.; TSYPLPsNKOV, T.D.
Ststdl-14,ift - embmdmmto: by eseding- timm viSh VAtvi mfter~ t1w
uying,*,tbe traeke-Trampe strois 15 no,6:4-7 Je 165,
1 1 (MIRA 18:12)
:1, Glavnyy tekbnolog upravloniya mtroit9l'jtva-%Ab&kamtroyput'w
(foir lopylar). 2. Zamestitell nachallnika otde3,i puti TSentrall-
nago inatituta narmtivnykh issl*dcvaniy i'nauchno-tekhnicheskoy
informatail v tranoportuou stroitalletva (for Liskovets).
3, Nachallnik Abakaukay normatiTuo-ionledovatellskoy stantaii
(for Strishkov)e 4, Ispolnpyushchiy obyasannosti nachallnika
Pechorskoy normativno-imeledmtellskoy stantaii (for TSyplankov).

KOROTCHAYFV, D.I.; KLICHKO, V.I.; KOPYLOV,,S.:Ye.; MASHCHPUKO, P.F.; GIBSHMAN,
A.Ye., doktor tekhn. nauk, I.I., kand.ekonom. nauk;
SHRAYBM, S.B., inzh.
Organizing the direction of the construction of the Shush'-Kiya-Shaltyrl
line according to a graphic work schedule. Transp. strol. 15 no.7:3-4
J1 165. (MIRA 18:7)
1. Nachallnik upravleniya Abakanstroyput' (for Korotchayev). 2. Glavnyy
inzh. stroitellstva Abakanstroyput' (for Klicbko). ). Glavnyy tekhnolog
stroitel'stva Abakanstroyput' (fnr Kopylov). 4. Nachallnik stroitallno-
montazhnogo poyezda No.268 (for VAmbahvAlw).

LISKOVETS, S.A.; STRIZHKOV, N.S.
.t
At the construction site of the Abakan-Tayohet line* Tranx.,~Iqtroi.
13 no.12-.6-9 D263 (MIRA 1797)
1. Glavnyy tekbnolog upravleniya stroitel'stva Abakanstrohxt'
(for Kopylov). 2. Starpshly inzb. Orgtranestroya (for Liskovets).
3. Nachallnik Abakanskoy NIS (for Strizh1cor).

KOPYLOV, V.
ComaLnists of an electric machinery plant,are at the forefrdn~.
Ko=.'Vooruzh.Sil,2 no.19:50-52 0 161. (MIRA 14-.9)
1. Vire~tor ordena Lenina i ordena Trudovogo Krasnogo Znameni
Rosko~skogo elektrozavoda imeni V.V. Kuybyshava.
(Moscow"Electric mchinery industry)

AR6000469
SOURCE CODE:
AUTHORSt Kuzin, A.; ~Olydkovap L.; Kopylovj_ Kolomiytoeva, I.; 4truchkov# V._
TITLE: Some mechaniams,of the effect of ionizing radiatio on cell division
SOURCE: Ref. zh. Biologiya, Aba. 9R218
REF SOURCE: Sb. Vopr. biofiz. i mekhanizma deystviya ionizir. radiatsii. Kiyev,
Zdorovlya, 1964, 163-168
TOPIC TAGS: radiation biologic effect, radiation plant effect, cell physiology
JkAMT gRowrM . m.1?-vV5
ABSTRACT: Tests on the exposure of separate sections of Vicia faba, with the remain-
ing part of the plant carefully screened, indicate the formation of a number of
metabolites under the influence of such exposure. The metabolites, called radio-
inductors (RI), migrate to the unexposed parts and inhibit cell division in them.
The inhibiting of mitosis is observed even after wetting the :growths in extracts
from exposed plants. The quantity of radio-inductors formed during a determined
range of doses increases with the dosage. The authors suggest that the products of
oxidation of phenol derivatives, in particular those of the oxidizing disintegration
of tyrosine, may be the inhibitors of cell division. Theoretically, tho products of
the fermentative oxidation of tyrosine include dehydrophenylalanine, various quinonest
and high-polymer melanines, some of which possess properties of free radicals and
powerful oxidizers. The formation of the carbohydrates mentioned provides experiment4-
1_ Card 1.12 UDC;

1, VVIr"ZO
ACC NR1 AR6000469
corroboration for the study of products from the exposed leaves by the method of
chromatography and EM . Model tento on inhibiting mitonis after the addition of
tyrosino, tyrouinaae, and molanines indicate that these carbohydrates are radio-
inductors. The authors suggest that the intermediate products of the oxidation of
tyrocine found in a free radical state can form complexes with DNA d exclude it
from the cycle of changes necessary for the beginning of mitosli. A. Alekeakhin
Orranslation of abstrao~7
SUB CODE: 06
2Z2

KUZIN, A.M.; KOPYLOV# V.A.
Oxidation-reduction disorders in plant tissues caused by ionizing
radiations. Biofizika 5 no. 6:716-719 160. (MIRA 13:10)
1, Institut bidlogicheakoy fiziki AN SSSRp Moskva.
(OXIDATION-REDUCTION REACTION)
(PIANTS, EffECT OF X RAYS 011)

RRITSKIT, G...; ZOPrWV, V.A.
Intermediate nualootide metabolism In the normal and x-irradiated
bone narrow. BlokhImIla 25 n0-1934-42 Ja-F 160. (xrRA 13:6)
1. Institute of Biochemistry, Acadear of Sciences of the U.S.SOR"
Moscow.
(NUCLIOSIDIS AND NUCLWTIDIRS motab.)
(BONE MTMW radiation off.)

KOPYLOV, V.A. , KUZIIi!, A.111., KaMiKOVA, L.11., (USSR)
'11C
-oh.,tng(-,s on Polyphenol Oyi-laon Activity in the Irra,'Llted
Plant and thia N'ature- and Properties or the 1-1,4tab-ol-Ates
r'rodllcefl."
Report presented at the 5,,1l Int'l. Bilochn,.-,Istry ConCrous,, ~-'OSCCJW,
10-16 Au', 1961.

Effect of antimitotic substances from irradiated planta on the
growth of mice. Radiobiologiia 1 no.3:356-360 161. (MIRA 14:10)
1. Institut biologicheakoy fiziki AN SSSR, Moskva.
(X RAYS-PHYSIOLOGICAL EFFECT) (GROWTH)

S/205/61/001/005/003/005
D299/D304
AUTHORS-t A.M. Kuzin, N.B. Gorkina, V.A. Kopylov, and L.M. Kryukova
TITLEs The nature of the metabolites which form in the irradia-
ted leaves of plants
PERIODICAL: Radiobiologiya, v. 19 no. 59 1961, 659 - 662
TEXT: Experiments were conducted to determine whether extracts
from Vicia faba leaves inhibit cell devision only in homologous tissue or
whether this inhibiting action extends to the cells of other species. An
attempt was made to determine whether extracts from irradiated and non-ir-
radiated leaves affect the cell division of Escherichia coli B. The leav-
es were irradiated with an ()Y n -i (RUP-1) apparatus in a dose of 15 kr
at an intensity of 212 r/min. Some 24 hr after irradiation, extracts were
madefrom the leaves and were added to the meat-peptone broth in which the
E. coli were cultured. The results confirmed the authors' previous obser-
vations (Ref. 61 Dokl. AN SSSR, 137, 4, 970, 1961) that substances form
in the irradiated leaves of plants which strongly inhibit cell multiplica-
tion, It waj found that the semiproducts of the fermentative oxidation
Card 1/ 2

32746
S/20 611001100610061022
21 127-o kC,,,o 2201 D268YD305
ylov, V.A., and
AUTHORS: Kuzin, A.M.p Agustini, Ch.,_K~p
Budilova, Ye.V.
TITLE: On the effect of extracts from irradiated Vicia faba
leaves on the P32 incorporation in isolated thymus
cell nuclei
PERIODICAL: Radiobiologiyaq v. 1, no. 6, 1961~ 856 - 857
TBXT: In further studies on the effect of biologically active com.-
pounds accumulating in irradiated plants on nucleic acid synthe8is
in the cell nucleusq the action of extracts from irradiated and
non-irradiated V. faba leaves on the phosphorylization processes in
the isolated cell nucleus was studiedq using the same irradiation
and method for pre aring the extracts as previously described by
A.M. Kuzin et al. Nef. 7: Tr. konf. po mekhanizmam pervichnogo
deystviya ioniziruyushchey radiatsii, Xiyev (Transactions of the
Conference on the Mechanisms of the Initial Action of Ionizing Ra-
diationg Kiyev) 1961, in the press). Cell nuclei were isolated from
the thymus of young rats by the Allfrey and T-.1irskiy method (Ref. 9:
Card 1/3

32746
S/205/61/001/006/006/022
On the effect of extracts from ... D268/D305
Proc. Nat. Acad. Sci., 40, 881, 1954) and were then suspended in
an 0.25 M saccharose solution with O~0018 M CaC12, After incubation
at 2000 for 3 hoursp the suspension was centrifuged, and the nuclei
finally extracted. The resulting alkali extract was used to deter-
mine radioactivity and the quantity of DNA according to the method
of Burton (Ref. 10; Biochem. J., 62p 315, 1956). Preliminary expe-
riments showed Ihat when the boiled nuclear suspension was incuba-
ted with Na,2Hp3 204 radioactive P was included in the fraction
studiedp indicating that the alkali hydrolyzate was completely free
from inorganic radioactive P. Results showed that nuclei incuba-Ued
with extract from irradiated plants were less likely to incorpora-
te p32 than was the case with non-irradiated: the average differen-
ce being 40 %. Extracts from irradiated plant's as compared with
non-irradiated, therefore, gave greater inhibition of the phospho-
rylization processes. There are 1 table and 10 references, 3 So-
viet-bloc and 2 non-Soviet.-bloc. The references to the English-lan-
guage publications read as follows: V.G~ Allfrey~ Proe,, Nat~ Acad.
Ssi., 409 881, 19544 K~ Burtong Biochem. J., 629 3159 1956.
Card 2/3
- ----------
Card 3/3

S/2Q5/62/002/005/005/017
,QT I ;L~L 0 D268/b3O8
AUTHORS: Kuzin, A.M., and Kop ovp V.A.
TITLE: The formation and role of quinones in the initial pro-
cesses-following radiation damage to animal tissue
PERIODICAL: Radiobiologiya, v._2, no. 5, 19�29 681 - 684
.TEXT: Quinoid substances were studied in white rats after a 14.3
-minute exposure to x-rays at 1,000 r. A quick and regular progressi-
ve increase in the quinone content.was determined, although there
was no direct connexion between increase And.'time lapse. Quinone in-
crease noted in liver tissue in vivo after irradiation was also ob-
served in liver tissue homogenateB maintained in vitro, and with
access to 02& A rapid increase in quinones was determined in liver
homogenates during the first 1~ - 30 minutes of incubation. These
quinones are thought to be.formed by increased oxidation,of phenols
in irradiated tissue. The addition of DPN (diphosphopyridine nucleo-
tide) tq liver homogenates of irradiated rats caused an almost two-
fold increase in the absorption of 02t apparently as the result of
Card 1/2

ZZO
IXTHU.
16:
TITLE:
PERIODICAL:
3/1D20/62~"45'/002/018/018
B144/B18O
and Kuzin, A. M., Corresponding Member AS
Kopy
Effect of diphosphopyridine nucleotide on the respiration of.
liver homogenates,from rirradiated rats
Akademiya nauk SSSR. Doklady, v. 145, no. 2; 1962, 438 - 439
TE,",T; The suggestion has been made that quinones forming in irradiated
tissues may take part in the electron transfer in tissue respiration.
Since they substitute partly natural naphtoquinoneep an inhibition of
oxidative phosphorylation must be expected and has.in fact been observed
by D. !.I. Bekkum (Chem. Tleckbl., 53, no. 19 (1957)). Excess formation of
quinones may, however, increase the 0 absorption. The test material was
2
obtained from rats subjected to x-ray irradiation with 1000 r by homo-
6enizin 1 g of liver for 2-3 min. at 4 0C in 10 ml of phosphate-citrate
buffer ~PH 7-~). The 0 2 absorption was measured in a Warburg apparatus for
30 min. at 37 C and was the same as in non-irradiated rats, which means
that the newly formed quinones have no effect on tissue respiration. To
Card 1/2

KOPYLOV_,_~..A.; K11"'IN, A.M.
Role of dioxyphenols in the mechanism of action of '6,' rays on plantLi.
Radiobiologiia 4 no.4:508-51-0 164. (MIRA 17:11)
1. Institut blologriche3koy fiziki AN SSSR, Moskva.

1, 1-'-9R-66
AGG,ESS-10N NA AP5017763 uRA216/65/ooo/ooh/007/0~iC..
577,391
'AUTHOR: hqvsjLajqj_Yq. G.; Kopylov, V. A,.
Plyq
.Ivanitskaya, Ye. A-,; LebedeXg1--N--Y--e,-1* Ko -i6MV
T01CarSKaya-2S-.--K,; IfelfiihICova, S. K.
1ITLE: Role of the ttorthophonol-orthoquinone" system in the
'Primary mechanisms of radiation effect on the.organism
11SOURCE: AN SSSR. I%veatiya, Beriya biologichealtayap no, 4. 1965s
~507-520
1 11.
10PIC TAGS: radiation biologic offect,,.phenolp quinones enzynop
1desoxyribonucloic aolds tyrosine# oxidation
iABSTRACT: A hypothesis stating that the oxidation reaction of
i
iorthophonols in response to high energy irradiation is closely
i
~related to the formation of orthoou1noneo (somiquinones) has evolved
;~from the experimental work of the laboratory with which the authors
:,are associated, In the present study the imediate effects of
:X-irradiation on enzyme process rates were,investigated in a
,tyrosine,+t6-yros1nase model system under strictly controlled conditions
Card

L 1398-66
ACCESSION NR: AP5017763
(210 kvq 15 ma, no filter, 100 to 1000 r dosest 10 min incubation).
Change in enzyme process rate was determined by the concentration of
newly formed orthophenola and orthoquinonos, With irradiation of the
whole system, the concentration was 5 t-imes higher than for eontrolse
,Irradiation of only the tyrosine solution led to a lesser concentra-
:tion# and the concentration decreased still further with irradiation
,of only the tyrosinaso, When the irradiated mixture was.incubated
with a suspension of mouse thyms nuclei# the tyrosina oxidation
products (orthoquinones) were completely absorbed by the nuclei,
Fluorescence testa,with acridine-orange on thymus nuclei of mice
~immediately after Irradiation and tests on thymus nuclei treated withi
ityrosine oxidation products demonstrated the similarity of irradiation
.effect and orthoquinone effect. The same effect was demonstrated
,with quinone extracts from gexm-irradiated plant tissue (potato),
'Treatment of carbon-labeled plant sprouts with extracts from irradia-
.ted plants depressed DNA synthesis by 50 to 60%* the saw as after
!gamma-irradiation, Injection of purified orthoquLnoneal, extracted
!rom irradiated plant tissues, into young mice caused loss of weight
growth inhibitions and a sharp decrease in leukocyte level of
0 trf th
peripheral blood* These study data demonstrate the Importan 43 o 0
card 511-4

L 1396-66
ACCESSION NR:
orthophonol-orthoquinone systeral In the primary mechanisms of
Tadiation effect# Origeart. has: 10 figures and 4 tables.
!ASSOCIATION: Institut biologicheakly fiziki AN SSSR (Institute of
!,Biophysics AN.333R)
,SUBMITTED: 22jan65 ENCL: 00 SUB CODE., LS
XR REF SOV: 021 OTHER; 010
L.Card-3/3--'
R

, " I '~ ,0. ..
EfTec t of' ioni zlira la f. I nn pheno (,empcuridF
in plantn. Padiobiologli,,i 5 nc).1:35-39
I P. 8 . 3
1. . I ns t i t u t b I ol o F, I c h e c k of .' z k I A. I ~ -'33.'i Son kv T.

L 95811-66 EWT1,lYEWT(m)LT JK
~-6d ooo/ooVo5w/on
ACC NRe AP
.~5 SOURCE CODE: UR/0216
AUTHOR: Kuzin, A. Me; Plyshevskaya, Ye* G Plyshovskaya, E. Go;
ir-
Ivanitskaya. Yo. A.-Tvanitzkaya,,p. A*; Lebadeva, No YQP-Lebedeva, No E
Kolomiytsova, I. K.--Kolordytzova, 1. 1,; Maltnikovao So K -44olnikova, S. K.
Tokarskaya, V.Ta,
ORG: In3titute of -BiophXsics, AN SSSR, Moscow (Institut biologiohoskoy fizikiAN SSSR,
TIME: Function of the orthophanol-orthoquinone system in the early mechanism of
action of ionizing radiation on the organism
SOURCE-. AN SM. lzvesti7ZY S,r-lya biologicheskaya, no* 4. 1965, 507-520
TOPIC TAGS: Ionizing radiation, radiation biologic effect, radiation plant effect#
tyrosino, sorption, oxidation, DNA, blosynthosis, radiation sickness
ABSTRAM. 7he -au'lhors" con-cl'u-ided- from 'a'- iiiiety'--o-f-iiperfirmts on-plants--
and-an1mals that the Initial processes In the Irradiated organism develop
.In the following sequences
(1) During Irrad'lation the formation of active radicals causes very
slight radiochemical oxidation of the phenols present in the cello chiefly
tyroslne~
(2) The resultant oxidation products activate tyrosinaset which
immediately after irvadiation leads to the formation of large ce-Aantities of
biologically actI40orthoquinones.
i
(3) 1he reaMtant orthoquinones are actively sorbed by the cell nuclei*'
Card--- 1/2 UDC: -577o391

L 25811-66
ACC NR, AP6015925
-(O-The orthoqulnonos sorbed bj the nuc-lel-Inhibit DNA syntheilso
block the incorporation of thymidine Into newly synthesized DNA, and alters
itheir fluorescence In the presence of acridine orange.
(5) The blocking of nuclear DNA by the orthoquinones 94arply inhibits
.!cell divisions giving rise to leukopeniar arrested growths weight loss$
chromosomal aberrationst ando In sufficiently high concentrations death-
of-the oFganism. Origo art* hast 10 fig-tres and 4 tabies. - rNis
SUB CODEs o6, 07 SUEM DATE! 22Jan65 ORIG REF.- 021 OTH REF: 010
2/2

REPENIF'O'l,k, T.C.; ROPYLOV, V.A
Evaporation of potassiur,-, phos-phate solutions in a fhjidized bed.
Khim.pro-,. 41 no.6:462-4165 Je 165, (MIRA 1898)
1. Vonkresenskiy khi.michenkiy kombinat imani Kuybysheva.

XO?YLCV, 1'. r.
Woolen and worsted mAnufacture
Mechanical nleaning of wool of barnyard inmurittes. Teks.. urom. 12 no. 1.. lc)52
Monthly List of Russian Accessions. Library of Congrczs. June 11)52. :1-ITCLASSIFIED

KRYLOV, B.A., h.and. -teklui. nauk; KOPYLOV, V.D., inzh.
Heat -Lreatnient of arbol-itt. SLrol. mat. 110 jio.9:15-'-].'/ S 101,
(multi

PEGLOVSKIY, V.L. [Pehlovalkyip V.L.1; KOSTENKO, V.D.; VINNICIfENK01 S.A.;
KOPYLOV, V9D.
Technology of the manufacture of press-molds for plastics. Leh.
prom. no.4:44-47 O-D 165. (IMIRA 19:1) ,

KROKIIOTVA, kand.takhn.nauk; GOROMIICIMA, S.A., inzh.; KOPYWV,
V.F., inzhz
Air conditioning in mines. Ugolo 35 no.6:41-44 Je 160.
OURA 13:7)
1. Makeyevskiy nauchno-losledovatellskiy institut po bezopasnosti
gorn.vkh rabot (for Ihokhotva). 2. D6nglprouglemash (for
Gorodutchava). '12" Otro7uprayleniye NOO Makevevehakhtostroy (for
Kopylav).
(Coal mines and mining-Air conditioning)

KRAVEETS, V.I., kand.tekhn.nauk; BALMOVSKIY, V.F., inah.; ZINCHENKO, V.V.,
insh.; KOPYLOV, V.F., in3h.; SHEVCHMO, L.I., insh.
Efficiency of water curtains for directed protection against the
air wave im act, Usoll Ukr, 6 no.508-41 It 162. (MRA 15tll)
Mal mines and. idning--Firea and fire prevention)
(Blasting-v-Saety meaauree)

~9~ITOV,_V F doktor taklm. nauk; YERINOV, A. Ye.t kand. tcVhn. nauk;
V~j
X; LITIKO, V.V.,, inzh.; SOROKA, V.A., inzh.
Gas +' ' -q for heating metallurgical oquIpmont parts during
hard facing. Avtom. avar. 17 no.11:94-96 N 164 (MITM 18:1)

KOPTIDV, V.I.
let's carry out the electrification of railroado rapidly
and economically. Transp.strol. 9 no*5:7-8 VT '59-
(MIRA 12:12)
1. Nachallnik ustanovochnogo poyauda, Tonskays doroga,, Sibirskaya
magistrall.
(Siberia--Uilroads-.Slectrification)

DROZDOV, Aleksandr Dmitriyevich.. doNtor
Viktor Vladimirovich., assistent;
starshiy laborant, inzh.
tekhn.nauk, prof.; XECIIITAYLOV,
KOPYLOV, Vladimir Ivanovich.,
Nonlinear networks containing steel used for the relay protection
of a.c. locomotives. Izv.vys.ucheb.zav.; elektromekh. 5 no.l.-
55-61 '62. (MIRA 15&2)
1. Dekan elektromekhanicheakogo fakallteta Novocherkasskogo
politekhnicheskogo institute. (for Drozdov). 2. Kafedra elektrichaskikh
stantsiy,, setey i sistem Novocherkaoskogo politekhnichf--skogo instituts,
(for Nechitaylov, Lopylov).
(Electric locomotives)

NECHITAYLOV, V.V.;IKOPYLOV, V.I.; TSOKANOV, V.V.
Study of the protection system of the power network of the N-60
a.c. locomotive. Izv. vys. ucheb. zav.; elektromekh. 5 no.2:
205-210 162, (14IRA 15-3)
(Electric locomotives)

TKACH, Aleksandr Grigorlyevich; XQEM&V, Vj., inah., retsenzent;
KOMAROV, V.S., insh., spots. red.; FUKS., V.K., red.;
SOKOLOVA, I.A., tokhn. red.
[Concise manual for the tobacco worker] Kratkii spravochnik
tabachnika. Moskva, Pishchapromizdat, 1963. 112 p.
(Ha RA 16: 6)
(Tobacco industry)

UVAROV, Ivan Petrovich; GORDON, Lev Vladimirovich; LQPYL0V,.V.I.,'
red.; YEPISHKINA, A.V,,-4*dAzd-vm; GRECHISHGHKVAv G.L.,
tekhn. red.
[Wood tar; synthetic products based on wood chesioal phenols]
Drevesnye smoly; sintatichaskie p)mdukty na oanove lesokhimi-
cheskikh renolov. Moskva, Xm9slesbunimlat, 1962. E14 p.
(Wood tar) (Phenol condensations productO (MIRA 16:5)

KOPYLOV, V.I.
Compressor piston rings made of polyUtrafluoroethylene.
Mashinostroitell no.3:13 Mr 164. (KRA 17:4)

KOPYWVY V.I.: Water Tech Sai (dian) -- "Invootigation of the wntor runoff
from broqn-coal open-pit m1nes in tlie Urale". Svordlovsk, 1958. 15 PP
Nin Higber Educ MSE, Sverdlovak Mining Tnat im V. V. Vakhrushev), 100 copien
(KL, Tjo 2, 1959, 121)

1~0 ~ ~~O 1~ -1
c
& Pyizv, V. I.. inzh.
Controlling the delivery of depth pumps for mine drainage. Shakht.
strol no.1:10-15 158- (MIRA 1112)
(mine pumps) (Mine drainage)

ant
I
Kaximun water Inflow in lignite open-out mines. Izv.vys.uchob.
zave; gorexhuro no*4:320-194 1~8, (MIRA U:13.)
1. Sverdlowskly gonvT institut.
.(strip aining) (Mine water) I

KOPYLOV. V.1.. insh. (Swerdlovak).
Now method of measuring the dynaade water level In water drainsge
wolls. Ugoll 33 no.2:19-20 7 158. (NIRA 11s2)
(Mine drainsge) (Gauging)

KOPYLOV, V.I.. assistent
Calculations of water pumping In 1$gnIte strip mines. Izv.vys.
ucheb.sav.; gor.shur. no.8:82-87 '59. (MIRA 13-5)
1. Sverdlovskly gorny7 institut Iment V.V.Vakhrunheva.
Rekomen4ovana kafedroy gornoy mokhaniki.
(Strip mining) (mine water)

KOPTLOV, V.I., inshe
Lower the conmumption of electric power in mine drainage, Shakht.
stroi. 4 no.4:17-18 Ap 160. (MMA 13:11)
1. SverdlovskLy gornyy lustitut.
(Mine drainage) (31lectricity in mining)

KOPYLOV, V.I., asaistent
k
Calculating underground drainage of open-pit mines. Izv. v7s. ucheb.
zav. gor. zhur. n0.8:123-126 160. (MIRA 13:9)
1. Sverdlowskiy gorn:r7 iustitut im. V.V. Vakhrushava. Rekomendovana.
kafedroy gorn07 makhaniki.
(Mine drainage) (Strip mining)

KOPYLOV, V.I., kand.tgkhn. nauk
Present q+.qt- --A nrospects for the drainage of U.S.S.R. strip
mines. Nauch. zap. Ukrniiproekta no.10:71-81 163.
(MIRA 17:6)

- KOPYI IN p V. I.
Unit for slud7ing the -dear resistance of piston rings of high pressure
compreasora. Zav.1ab. 30 no,12il-507-1508 164,
M RA 18 t -I)
i. Penzenskiy filial Nauchno-issledovatellskogo inatituta khilaichs-
skogo mashinostroyaniyao

floily!-CV, '%%j" 1-ITh,
'~,- i - - ~ - ~ ,-.-----'l-.-- ,
. f i-~'
Uu I z) a c--; pr,, n In th-ir w--iuf a -z ture of ~,o-ynprt4 j-9cr s~ Knlm~ 1 r,.p
irpshi .not":-. rto.8347 Ae 165. (MIRA

KOPYLOV. T. .,- , - ~ ~
-; -
Piston rings and valve plates made of capron. Mashinostroitell
no. 1:42 Ja 166 (14MA 19:1)

AVANIRIV, 14.G.; 13EUVIr!) I.P.; 511GIMPAKOVY KOHIARY V.I.
Surgery performed in an operating room under inc-reased atmoEpheric
pressure. Eksper. khir. I anest. 9 no-3:14-18 1'47-Je 164.
(14IFV.. IA: 3)
1. Nauchno-isuledovatellskiy institut eksperimentallnoy khirurgi-
cheskoy apparatury i instrumentov (dir. I.I.G. Ananlyev) i Vsesoyuz-
nyy tsentralInyy natichno-Issladovatellskiy institut okhrany truda
(dir. I.I.Ye. TSutskov) Vsesoyuznogo tsentrallnogo soveta professional'-
nykh soyuzov, Ploskva.

L'752610-65
Pf-
ACCZSSIO14 MR.' AP5015753 UR/0032/64/030/012/l,5W/15r)8
AUT110R:_KqRX;ov, V, 1.
TITLE: An installation for the study of wear resistance in t
--- he piston rings or
h-igh-pressure compressors
SOURGE: Zavodskaya laboratoriya, Y. 30, no. 12, 1964, 1507-1508
TOPIC TAGS- high pressure compressor, engine combustion. aystam, wear realstant
Met61, industrial instrument
Abstract: Since one of the pressing problems in the manufacture of com-
pressors is how to increase wear resistance in baaka of cylinders and
atuffing boxes in the final stages of high-pressjre ompressors, the In-
stitute desigmed and produced a machine for testing~tfte~-_h'anical seals,11
two complexes of cylinder rings up to 110 ~in afameter, or tvo stuffin&
boxes with rod diameter up to 100 mm, with pressure drop up to 220 kg/cm~
and di-op in reciprocating motion of up to 6 m/sec. The piston stroke is
205 mm. A arank-rod mechanism, mounted in a fr=c, is impelled by a 14 kv
electric motor through a V-belt. Variation In speed is achieved by re-
placing the pulley, Two co-axial cylinders are joined to the frame; these,
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onto wbich cylinders are fitted. PresBure from the compressor is directed
into 'the cavity between the pistonap so that the two presoures are equi-
.-alent.
Tests thus far made on this machine have led to the recommendation of.
a new grade of lov-alloy iron for use in the piaton rings of Ugh-pressure
compressore. Actual wear as observed in the teat machine is some 8 times
as Trqa" as in real compressors, so that "accelerated" tests are possible.
Orig. art. has 1 figure.
ASSOCIATIO14: Penzenskiy filial aauchno-iseledovatellekogo instituta khimicheskogo
aashinostroyeniya (Penza Branch of the Scientific-Resea-rch Institute of Chemical
Machine-Building)
SUBY[ITTED: 00
NO REF SOV: 000
N
1--card
ENOL: 00
OTHERt 000
SUB CODE: FR, MY
JPRS

KoFYIOVY V.I., ;nzl..
Air c )c-)Ii,ig in ci rculation sy:-.t, ms o' mei allurgical f urnaces.
Stall 25 no.3:284-.28!: llr 165. (MIRA 18:4)

KOPYLOV, V.K., inzh.
Two-sided spring for equipment boxes. Avtom., telem. iaviaz' 6
no.3:25 Mr 162. (MIR- 15:3)
1. Kandalakahskaya distantsiya signalizatsii i svyazi Oktyabr'skoy
dorogi.
(Railroads--Equipment and supplies)

L
5~5k-65 d
3
IJF(c)
ACCESSION MR: AP5ooT643 S/0l54/64/ooo/oo6/oo8T/0O92
!AUrHOR: Kopylov, V, K. (Candidate of technical sciences)
C
TITLE: Calculation of contrast in the optical image of objects in aerial 2hgtQ
~grat3hic camerag -v
!SOURCE: IVUZ. Geodeziya i aerafotosityemka, no. 6, 1964, 87-92
TOPIC TAGS: aerial photbgraphy-,-' derial,-,photographic- camera, optical image -contradt
!photographic image contrast, opticaJ image
1ABSTPACT: An analytical inveatigntion in made to f*ind the axact relationnhtpa of
:the effects of haze and light diffusion in the camera on the contrast of the photo-
graphic images. The known expressions for visual (differential) and relative bright-
..nesses, and for the brightness of rays reflected from an object after passing the
a-~mospheric layer are defi-ned. The additional brightness from haze is taken into
account. Sources of diffused light within the camera are considered, and the effect
-~f that. 1ight to the extent that it is absorbed within the image frame is considered
in re,~::--ng the contrast,of the image. These factors and the brightness losses in
the ovtics of the camera are combined in an expression for the relative contrast of
the photographic image. Since the brightness of the haze and the brightness of the
diffused light in the camera are difficult to measure or to calculate, they are re-
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AccEssion uH:- -Ai~5606k3
!PlacedMby more constant magnitud .es characteriz.ing these factors. These magnit~udes
:are the absolute haze coefficient of alan4scape and the abqolute diffusion coeffi-
cient. The former is a function of the brightness of an absolutely white diffuser
and of the coefficient of transparency of the atmosphere. The latter is a function
of the brightness of an absolutely white diffuser and of the transparency of the op-
tic-al sypstea. The expression.obtained.ia considered exact. Both exact*and approxi-
mate formulas are used for cmIculating the solutions for certain concrete conditions.
The input data and the solutions shov that the approximate version understates the
effect of haze and diffusion in the camera at low values of image contrast, and that
the errors of the approximate version grow with higher contrast values, leading to
overstatement of these effects. The relative error is most pronounced when aerial
ph:D",..,graphing is conducted at middle altitudes. Another approach is made on the
':.asks -~~ an expreasion of visual contrast as a function of the combined effect of
haze and diffusion in the camera (Istomin, G. A., Razreshayushchaya sposobnost' i
deshifriruyemost' aeroanimkov. Trudy TsNIIGA i K, M.;, Geodetizdat, 1955, no. 107,
1,39-187). Orig. art. has: 26 formulas and I table. [F-.)
1,20SOCIATION: none
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iW -91 IRI

LIJT111011: J~opyjov, V., Ii.
TITLE: Computing ti6 allowable scattering of light in aerial carneras
SOME: Geodez:Lya L kartografiyas no* 12, 1964, R-42
TOFIC TAGS: . aerial photography,. atmospheric scatter
JABSTRACT : Light ~ scattering leads to loss - of- contrast and hence to decrease in
resolving p%rer of a photographie image. Frequency contrast characteristics supply
most, information for studying this, but for determining allmrable light scattering
it is more convenient to use resolving power. The author expresses this in terms
of contrastp which is a measure of difference between maxizium, and minimum- bright-
ness of an image. He obtains an expression, for determining error in contrast
evaluation and then shows how the valua of the contrast desired (or that consid-
ered necessary) may be used to evaluate the amount of allowable light scattering.
Contrast is expressed in terms of transmission and scattering ch&-racteristics of,
the ataospherst
K= (omit- sofa) Fit
BC1,XT&+ 110A
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L 24138-65
ACOM1011 NRt AP5003528
and Bmin ropreaent the maximim -and minimum brirJitness of objects bs
where B,, tug,
photaeraphed,; T,& is the.transmission coefficient of tlia atmgpheraj~ and ABA. in
the brightness of atmospheric hue. Frou this it follova that the aLlovable
scattering it; [r.
where is A BA/BiTA (3, is the -brightness of art absolutely white szattei~r),
Ko is the desired contrast (0119)j, AK is contrast change, and rmIX is the bright-
ness coefficient, of the lightest PbJect being photographed. Allowable scattering
rray be thus determined if the desired resolving power on test objecats of varying
contrasts, the contrast in-the particular landsaaps., the flying height, tlie kind
of photographic filn4 and the use offilters are considered. For average condi-
tions, a contrast of exto bas: I table and 16 f6runaist
ASSXIATIONt notte
MEMITTM 1 00 =Lt 00 M COM ES
W Rk7 a
-7:

KOPYLOV, V.111
Gharacteriatics of light scattering in photographic systems.
Zhur. nauch. I prikl. fot. i kin. 10 no.2:112-116 Mr-Ap 165.
(MIRA 18SO

ACCESSION NRo AP4037060
AUTHORi Andrianov, Ko Aot Kurakov,
Khananashvill,1o M.
610079/64/034/005'/1664/1685i"
G. A I 4#py -V M
TITLE: New synthesis meehod for mothylbromoollanes and methylbromo-.
chloromilanse
SOURCEs Zhurnal obahchey khimtL, v. 34, not 5p 1964& 1684-1683
TOPIC TAGS: methylbromosilane, methylbromochloros*lane, trimothylbrb-
mooLlane. dimethylehlorabrosomilans
rlbromostlene and dimothylchlorobromosilane have
ABSTRACT: Trimeth
been prepared by-treatment of trimethylchlorosLIane or dimethyl-
dichlorosilane with hydrogen bromide in the presence of anhydrous
F or Lron filings. Either I[Br gas or HBr generated.by the
r:C.111on of bromine with naphthalene or ttLtr&'l*6s can be used@
9_80C
Boiling points of the products are 7 and 93-94C0 respectively*
This work was done at the Moscow Institute of Has ChemLcal'Technologye
112
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